TWM486242U - Expansion base and its storage type pivot structure - Google Patents

Description

Expansion base and its storage pivot structure

The present invention relates to an electronic device and a pivoting structure thereof, and more particularly to an expansion base that is light and thin and easy to operate, and a storage type pivot structure thereof.

Due to the development of touch technology in recent years, tablet PCs have gradually become mainstream products of portable electronic products. Since the tablet is input by the touch screen, the tablet can save part of the notebook keyboard compared to the notebook. However, although the tablet has the advantage of being convenient to carry, when the tablet is to be placed on the desktop, the tablet has less structure that can be supported to stand, so that it can only be lying on the desktop and causing the user to use it. Inconvenience with watching. Moreover, since the tablet computer uses the touch to complete the input command, the speed of the document processing is slower than that of the notebook computer. Therefore, in order to solve the above problem, there is an extension of the keyboard, which not only supports the tablet in the standing state, but also facilitates the user to input a message to increase the speed of the document processing.

For example, the electronic device of the Republic of China New Patent Publication No. M456677 includes a first body, a second body, and a hook disposed on the second body. When the hook is hidden in the second body, the second body has a better appearance. When the hook exposes the second body, the second body can be assembled to the first body by the hook. According to this, the user can move the hook according to the demand to achieve different effects.

According to the structural design of the hook, the hook can only provide support for the first body. However, the first body cannot be rotated relative to the second body by the hook, so the user cannot adjust the first body to an angle suitable for viewing. Further, since the device for accommodating the hook is protruded from the second body, the thickness of the second body cannot be made thinner. In view of this, how to better design a keyboard and a lithography computer to pivot and reduce the overall thickness of the keyboard becomes a problem to be solved.

The main purpose of this creation is to overcome the problem that the conventional electronic device cannot be thinned and thinned due to the setting of the hook.

To achieve the above objective, the present invention provides an expansion base that is detachably assembled with a portable electronic device. The portable electronic device includes a display plane and at least one first electronic signal electrically connected to the display plane. The docking station includes a base body and a flip portion. The base body includes a first surface, a second surface disposed on the other side of the first surface, a mounting portion between the first surface and the second surface, and a second surface The accommodating groove includes a pressing portion for the user to operate, and a pivoting rod controlled by the pressing portion to determine whether to rotate. The inverting portion includes a connecting portion pierced by the pivoting rod, and at least one second electronic signal port disposed on the connecting portion and connected to the first electronic signal port for transmitting an electronic signal, the turning portion having a flipping state in which the pivoting lever is pivoted and the pressing portion is disengaged from the pivoting lever to rotate, and a pressing portion is engaged with the pivoting lever and restricting rotation thereof so that the inverting portion is accommodated in the capacity The storage state of the slot.

In an embodiment of the present invention, the pivoting bar includes at least one set of first torsion springs disposed on the pivoting rod and abutting the pivoting rod and the base body, the first torsion spring having a a first energy storage state in which the first elastic force is stored when the inverting portion is switched to the storage state, and a first state in which the first elastic force is released when the inverting portion is switched from the storage state to the inverted state Release state.

In an embodiment of the present invention, the pivoting bar includes a first limiting portion, the pressing portion includes at least one second limiting portion that normally engages with the first limiting portion, and the second limiting portion is coupled The operation button of the first restriction portion is operated by the user.

In an embodiment of the present invention, the second restricting portion includes a first connecting portion connected to the base body, and a first movable portion connected to the first connecting portion and reciprocally moved relative to the base body by pressure. And a first limiting slot disposed in the first active segment and engaging the first limiting portion.

In an embodiment of the present invention, the base body includes an auxiliary mounting portion disposed between the first surface and the second surface and disposed on the other side of the turning portion with respect to the mounting portion, the auxiliary mounting portion includes a pivoting rod having a first limiting portion, a second limiting portion that normally engages with the first limiting portion, and a second limiting portion and the second limiting portion are contacted by the operation The button abuts the second limiting portion to interlock the second limiting portion from the linkage rod of the first limiting portion.

In an embodiment of the present invention, the second limiting portion includes a second connecting portion connected to the base body, and a second movable portion connected to the second connecting portion and reciprocally moved relative to the base body by pressure And a second limiting slot disposed in the second active segment and engaging the first limiting portion.

In an embodiment of the present invention, the pivoting rod includes a second torsion spring disposed on the pivoting rod and abutting the pivoting rod and the base body, the torsion spring having a And a second energy storage state in which the second elastic force is stored when the reverse state is switched to the storage state and a second energy release state in which the second elastic force is released when the turnover portion is switched from the storage state to the reverse state.

In an embodiment of the present invention, the connecting portion includes two supporting members respectively pivotally connecting the pivoting rod and the pivoting rod, and two parallel pivoting rods and the pivoting rod are pivotally mounted on the supporting member and connected to the supporting member. The second electronic signal is connected to the pivot axis of the crucible.

In an embodiment of the present invention, the docking station includes a plurality of pivoting rods, the pivoting rod and the pivoting shaft respectively provided with an abutting force for the pivoting rod, the pivoting rod and the pivot A torque generating portion in which the rotating shaft is positioned with respect to the support member.

To achieve the above object, the present invention provides a storage type pivoting structure including a mounting portion and a turning portion. The mounting portion includes a first fixing seat, a pressing portion disposed on the first fixing seat and operated by a user, and a pivoting portion of the first fixing base and controlled by the pressing portion to determine whether to rotate Pivot rod. The inverting portion includes a connecting portion that is penetrated by the pivoting rod, and at least one second electronic signal connecting port disposed on the connecting portion, the inverting portion has an axis pivoted with the pivoting rod and the pressing portion The inverted state in which the pivoting lever is disengaged from the pivoting lever and a receiving state in which the pressing portion engages with the pivoting lever and restricts rotation thereof.

In an embodiment of the present invention, the pivoting bar includes at least one set of first torsion springs disposed on the pivoting rod and abutting the pivoting rod and the first fixing seat, the first torsion spring having a a first energy storage state in which the first elastic force is stored when the inverting portion is switched to the storage state, and a first elastic force is released when the inverting portion is switched from the storage state to the inverted state A release state.

In an embodiment of the present invention, the pivoting bar includes a first limiting portion, the pressing portion includes at least one second limiting portion that normally engages with the first limiting portion, and the second limiting portion is coupled The operation button of the first restriction portion is operated by the user.

In an embodiment of the present invention, the second restricting portion includes a first connecting portion connected to the first fixing base, and a first activity connected to the first connecting portion and being reciprocated by pressure relative to the first fixing seat a segment, and a first limiting slot disposed in the first active segment and engaging the first limiting portion.

In an embodiment of the present invention, the accommodating pivoting structure includes an auxiliary mounting portion disposed on the other side of the reversing portion, the auxiliary mounting portion includes a second fixing base, and the pivoting portion The second fixing base has a pivoting rod of a first limiting portion, a second limiting portion that normally engages with the first limiting portion, and a second limiting portion and the second limiting portion And the operating button is coupled to the second limiting portion to interlock the second limiting portion from the linkage rod of the first limiting portion.

In an embodiment of the present invention, the second limiting portion includes a second connecting portion connected to the second fixing seat, and a second connecting the second connecting portion and being reciprocated by the pressure relative to the second fixing seat An active segment, and a second limiting slot disposed in the second active segment and engaging the first limiting portion.

In an embodiment of the present invention, the pivoting rod includes a second torsion spring disposed on the pivoting rod and abutting the pivoting rod and the second fixing seat, the torsion spring having a turning portion a second energy storage state in which the second elastic force is stored when the inverted state is switched to the storage state, and a second energy release state in which the second elastic force is released when the inverting portion is switched from the storage state to the inverted state .

In an embodiment of the present invention, the connecting portion includes two supporting members respectively pivotally connecting the pivoting rod and the pivoting rod, and two parallel pivoting rods and the pivoting rod are pivotally mounted on the supporting member and connected to the supporting member. The second electronic signal is connected to the pivot axis of the crucible.

In an embodiment of the present invention, the accommodating pivoting structure includes a plurality of pivoting rods respectively disposed on the pivoting rod, the pivoting rod and the pivoting shaft, and respectively providing an abutting force for the pivoting rod and the pivoting rod to A torsion generating portion of the pivot shaft that is positioned relative to the support member.

The above structure is the same as the conventional structure. The expansion base includes the base body and the inverting portion, and the inverting portion is rotatable relative to the base body to be received on the base. The body. In addition, the mounting portion of the base body and the auxiliary mounting portion allow the user to easily expose and receive the inverting portion. 2. The storage pivoting structure of the present invention includes the mounting portion, the inverting portion, and the auxiliary mounting portion. The mounting portion and the auxiliary mounting portion allow the user to easily control the position of the turning portion to meet the needs of the user.

The detailed description and technical content of this creation are as follows:

Referring to FIG. 1 and FIG. 2 , the docking station 100 can be configured with a portable electronic device 200 . The portable electronic device 200 includes a display plane 201 and at least one electrically connected to the display plane 201 . An electronic signal is connected to the port 202. Referring to FIG. 1 to FIG. 4 , the docking station 100 includes a base body 1 and a reversing portion 2 pivotally connected to the base body 1 . The base body 1 includes a first surface 3, a second surface 4 disposed on the other side of the first surface 3, and a mounting portion 5 between the first surface 3 and the second surface 4. And a receiving groove 6 opened on the second surface 4. The mounting portion 5 includes a first fixing base 51, a pressing portion 52 disposed on the first fixing base 51 for the user to operate, and a pivoting portion of the first fixing base 51 and receiving the pressing portion. 52 controls the pivot lever 53 that determines whether to rotate. The pivoting rod 53 includes a first limiting portion 531 and a first torsion spring 532 disposed on the pivoting rod 53 and abutting the pivoting rod 53 and the base body 1 . The pressing portion 52 includes at least one second restricting portion 521 that is normally engaged with the first restricting portion 531, and the second restricting portion 521 is interlocked and is operated by a user to disengage the second restricting portion 521 An operation button 522 of a restricting portion 531. The second limiting portion 521 includes a first connecting portion 523 connecting the first fixing base 51 of the base body 1 , and is connected to the first connecting portion 523 and is reciprocally moved relative to the base body 1 by pressure. The first active section 524 and a first limiting slot 525 disposed in the first movable section 524 and engaging the first limiting portion 531.

Referring to FIG. 3 to FIG. 5 , the base body 1 includes an auxiliary mounting portion 7 disposed between the first surface 3 and the second surface 4 and disposed on the other side of the inverting portion 2 opposite to the mounting portion 5 . . The auxiliary mounting portion 7 includes a second fixing base 71, and a pivoting rod 72 pivotally disposed on the second fixing base 71 and having a first limiting portion 721. The normal state and the first limiting portion 721 are stuck. The second limiting portion 73 is coupled to the second limiting portion 521 and the second limiting portion 73 and is coupled to the second limiting portion 521 by the operating button 522 to interlock the second limiting portion 73 The interlocking rod 74 of the first limiting portion 721. In addition, the pivoting rod 72 includes a second torsion spring 722 disposed on the pivoting rod 72 and abutting the pivoting rod 72 and the base body 1 . The second limiting portion 73 includes a second connecting portion 731 connected to the second fixing base 71, and a second movable portion 732 connected to the second connecting portion 731 and reciprocally moved relative to the base body 1 by pressure. And a second limiting slot 733 disposed in the second movable section 732 and engaging the first limiting portion 721. In the embodiment, the first limiting portion 531 is disposed on the pivoting rod 53 and parallel to each other, and the first limiting portion 721 is disposed on the pivoting rod 72 and parallel to each other. flat. Therefore, the first limiting portion 531 and the first limiting portion 721 can respectively restrict the pivoting lever 53 and the pivoting lever 72 from rotating by 180 degrees, but the present invention is not limited to the embodiment.

Referring to FIG. 3 to FIG. 5 , the inverting portion 2 includes a connecting portion 21 pierced by the pivoting rod 53 , and at least one of the connecting portions 21 is disposed on the connecting portion 21 and connected to the first electronic signal port 202 for transmission. The second electronic signal of the electronic signal is connected to 埠22. The connecting portion 21 includes two supporting members 211 respectively pivotally connecting the pivoting rod 53 and the pivoting rod 72, and two parallel pivoting rods 53 and the pivoting rod 72 are pivotally connected to the supporting member 211 and connected thereto. The second electronic signal connects the pivot axis 212 of the crucible 22. In addition, in order to accommodate the support member 211 and the pivot shaft 212, the connecting portion 21 includes two half shells 23 connected to the support member 211. The pivoting rods 53 , the pivoting rods 72 and the pivoting shafts 212 are respectively provided with an abutting force for the pivoting rods 53 , the pivoting rods 72 and the pivoting shafts 212 . The torque generating portion 101 positioned relative to the support member 211. Further, the pivoting rods 53, the pivoting rods 72, the pivoting shafts 212, and the supporting members 211 can be assembled by the torque of the torsion generating portions 101, and the pivoting rods 53, The pivoting rod 72, the pivot shafts 212 and the support member 211 do not easily pivot to each other.

Since the present invention has the mounting portion 5 and the auxiliary mounting portion 7, when the inverting portion 2 is to be turned over with respect to the docking station 100, the mounting portion 5 and the auxiliary mounting portion 7 can restrict the inverting portion. 2 rotation. In view of the fact that the mounting portion 5 and the auxiliary mounting portion 7 have the same engagement mechanism, the mounting portion 5 is first explained as an example. When the pressing portion 52 does not restrict the pivoting rod 53 , that is, the second restricting portion 521 is disengaged from the first restricting portion 531 , the inverting portion 2 can be inverted by the pivoting rod 53 , so The flip portion 2 can define a flip state. In addition, when the pressing portion 52 restricts the pivoting rod 53 , the second restricting portion 521 is engaged with the first restricting portion 531 , and the inverting portion 2 is received in the receiving groove 6 and is restricted from rotating. Therefore, the inverting portion 2 can define a storage state. In the auxiliary mounting portion 7, the second limiting portion 73 of the auxiliary mounting portion 7 is also separated from the first limiting portion 721 of the pivoting lever 72 in the inverted state. In the stored state, the second limiting portion 73 of the auxiliary mounting portion 7 also engages the first limiting portion 721 of the pivoting rod 72.

When the inverting portion 2 is to be turned over to the receiving groove 6, the inverting portion 2 drives the pivoting rod 53 to rotate, and the first torsion spring 532 is stored due to the rotation of the pivoting rod 53. A first elastic force. Therefore, the first torsion spring 532 has a first energy storage state in which the first elastic force is stored when the inverting portion 2 is switched from the inverted state to the stored state. In addition, when the inverting portion 2 is to be turned away from the receiving groove 6, the inverting portion 2 also drives the pivoting rod 53 to rotate, thereby causing the first torsion spring 532 to gradually release the first elastic force. It can be seen that the first torsion spring 532 has a first release state in which the first elastic force is released when the inverting portion 2 is switched from the stored state to the inverted state. In addition, the second torsion spring 722 also has a second energy storage state in which a second elastic force is stored when the inverting portion 2 is switched from the inverted state to the stored state, and when the inverting portion 2 is from the stored state The second release state of the second elastic force is released upon transition to the inverted state.

In order to understand the operation mode of the creation docking station 100, it is first understood that the portable electronic device 200 can be assembled on the docking station 100, so that the user can use the docking station 100. Additional functions are used to operate the portable electronic device 200. At the same time, the portable electronic device 200 can also be separated from the docking station 100, so that the user only carries the portable electronic device 200 and accommodates the docking station 100. Referring to FIG. 6-1 to FIG. 6-2, when the user has removed the portable electronic device 200 from the docking station 100 and wants to store the flipping portion 2 into the receiving slot 6, the user only The operation button 522 is required to be pressed, and the first movement portion 524 of the second restriction portion 521 is driven to disengage the first restriction groove 525 from the first restriction portion 531 of the pivot rod 53 while The second limiting portion 521 also drives the linkage rod 74 and the second movable portion 732 of the second limiting portion 73 to disengage the second limiting slot 733 of the second limiting portion 73 from the pivoting rod 72. In the first limiting portion 721, the inverting portion 2 only needs to be rotated by the hand to the receiving groove 6, as shown in FIGS. 7-1 to 7-3. It should be noted here that the user needs to press the operation button 522 to rotate the inversion portion 2. In addition, when the reversing portion 2 starts to rotate toward the accommodating groove 6, the user does not need to press the operation button 522 again. Further, during the period in which the inverting portion 2 is freely rotated relative to the base body 1, the first movable section 524 and the second movable section 732 respectively face the first connecting section 523 and the second connecting section respectively. The 731 resets the movement and respectively abuts the first limiting portion 531 and the first limiting portion 721. At this time, the first limiting slot 525 and the second limiting slot 733 are still not respectively engaged with the first limiting portion 733. The limiting portion 531 and the first limiting portion 721. However, when the inverting portion 2 is received in the receiving portion 6 and the first limiting slot 525 and the second limiting slot 733 are respectively engageable with the first limiting portion 531 and the first limiting portion At 721, the reversing unit 2 completes the storage operation and is in the storage state. Finally, if the user wants to remove the reversing portion 2 in the accommodating slot 6, the operating button 522 is only required to be detached from the second limiting slot 733 and the second limiting slot 733 respectively. A restricting portion 531 and the first limiting portion 721 cause the inverting portion 2 to be in the inverted state, and the inverting portion 2 is caused by the first elastic force of the first torsion spring 532 and the second torsion spring 722 The accommodating groove 6 is automatically ejected by the second elastic force. Then, when the first limiting slot 525 and the second limiting slot 733 are respectively engaged with the first limiting portion 531 and the first limiting portion 721, the inverting portion 2 stops rotating and is exposed. The base body 1.

In addition, the mounting portion 5 of the docking station 100 and the inverting portion 2 can form a storage pivot structure, and can be easily installed on any article to be pivoted. The components of the accommodating pivotal structure and the manner of actuation thereof are the same as above, and therefore will not be described again.

The docking station includes the base body and the inverting portion, and the inverting portion is rotatable relative to the base body to be received in the base body. At the same time, the mounting portion of the base body and the auxiliary mounting portion allow the user to easily expose and receive the inverting portion. In addition, the storage type pivot structure includes the mounting portion, the inverting portion, and the auxiliary mounting portion. The mounting portion and the auxiliary mounting portion allow the user to easily control the position of the turning portion to meet the needs of the user.

1‧‧‧Base body
2‧‧‧Flip section
21‧‧‧Connecting Department
211‧‧‧Support
212‧‧‧ pivot shaft
22‧‧‧Second electronic signal port埠
23‧‧‧ half shell
3‧‧‧ first surface
4‧‧‧ second surface
5‧‧‧Installation Department
51‧‧‧First mount
52‧‧‧ Pressure Department
521‧‧‧Second Restriction
522‧‧‧ operation button
523‧‧‧First connection segment
524‧‧‧First activity segment
525‧‧‧First limit slot
53‧‧‧Pivot rod
531‧‧‧First Limitation
532‧‧‧First torsion spring
6‧‧‧ accommodating slots
7‧‧‧Auxiliary Installation Department
71‧‧‧Second seat
72‧‧‧ pivot rod
721‧‧‧First Limitation Department
722‧‧‧Second torsion spring
73‧‧‧Second Limitation
731‧‧‧Second junction
732‧‧‧Second activity segment
733‧‧‧Second limit slot
74‧‧‧ linkage rod
100‧‧‧Expansion base
101‧‧‧Torque generating department
200‧‧‧Portable electronic devices
201‧‧‧ display plane
202‧‧‧First electronic signal port埠

FIG. 1 is a schematic view showing the assembly of the creative docking station and the portable electronic device. FIG. 2 is a schematic structural view of the creation docking base. FIG. 3 is a schematic structural view of the storage and storage pivot structure. FIG. 4 is a schematic exploded view of the structure of the storage and storage pivoting structure (1). FIG. 5 is a schematic exploded view of the structure of the storage and storage pivot structure (2). Figure 6-1 to Figure 6-2 show the operation of the storage-type pivoting structure. Figure 7-1 to Figure 7-3 show the operation of the creative docking station.

1‧‧‧Base body

2‧‧‧Flip section

23‧‧‧ half shell

4‧‧‧ second surface

6‧‧‧ accommodating slots

Claims (18)

An expansion base is detachably assembled with a portable electronic device, the portable electronic device includes a display plane and at least one first electronic signal port electrically connected to the display plane, the docking station includes The base body includes a first surface, a second surface disposed on the other side of the first surface, a mounting portion between the first surface and the second surface, and a mounting portion a receiving groove of the second surface, the mounting portion includes a pressing portion for operation by a user, and a pivoting rod controlled by the pressing portion to determine whether to rotate or not; and a turning portion including the pivoting portion a connecting portion of the rod and at least one second electronic signal port disposed on the connecting portion and connected to the first electronic signal port for transmitting an electronic signal, the turning portion having an axis of the pivoting rod The inverted state in which the pressing portion is disengaged from the pivoting lever and rotated, and the pressing portion is engaged with the pivoting lever to restrict rotation thereof, so that the inverting portion is accommodated in the housing state of the receiving groove. The expansion base of claim 1, wherein the pivoting bar includes at least one set of first torsion springs disposed on the pivoting rod and abutting the pivoting rod and the base body, the first torsion The spring has a first energy storage state in which a first elastic force is stored when the inverting portion is switched from the inverted state to the stored state, and the first is released when the inverting portion is switched from the stored state to the inverted state The first release state of the elastic force. The docking station of claim 1 , wherein the pivoting lever includes a first restricting portion, the pressing portion includes at least one second restricting portion that normally engages with the first restricting portion, and a linkage The second restricting portion is operated by the user to operate the button that is disengaged from the first restricting portion. The docking station of claim 3, wherein the second restricting portion includes a first connecting portion connected to the base body, and a first connecting portion is connected and reciprocally moved relative to the base body by pressure a first active segment, and a first limiting slot disposed in the first active segment and engaging the first limiting portion. The docking station according to claim 3 or 4, wherein the base body includes an auxiliary mounting portion disposed between the first surface and the second surface and disposed on the other side of the turning portion with respect to the mounting portion. The auxiliary mounting portion includes a pivoting rod having a first limiting portion, a second limiting portion normally engaged with the first limiting portion, and a second limiting portion and the second contacting portion The limiting portion is coupled to the interlocking rod of the first limiting portion by the operating button abutting the second limiting portion and interlocking the second limiting portion. The expansion base of claim 5, wherein the second limiting portion comprises a second connecting portion connected to the base body, and the second connecting portion is connected and reciprocally moved relative to the base body by pressure a second active segment, and a second limiting slot disposed in the second active segment and engaging the first limiting portion. The expansion base of claim 5, wherein the pivoting rod includes a second torsion spring disposed on the pivoting rod and abutting the pivoting rod and the base body, the torsion spring having a a second energy storage state in which the inverting portion is switched to the storage state and a second elastic force is stored, and a second elastic force is released when the inverting portion is switched from the storage state to the inverted state The second release state. The docking station of claim 5, wherein the connecting portion comprises two supporting members respectively pivotally connecting the pivoting rod and the pivoting rod, and two parallel pivoting rods and the pivoting rod are pivoted thereon The support member is coupled to the pivot shaft of the second electronic signal port. The docking station of claim 8, further comprising a plurality of the pivoting rods, the pivoting rod and the pivoting shaft respectively provided with an abutting force for the pivoting rod, the pivoting rod and the pivoting A torque generating portion in which the rotating shaft is positioned with respect to the support member. A storage type pivoting structure includes: a mounting portion, a first fixing base, a pressing portion disposed on the first fixing seat and operated by a user, and a pivoting portion of the first fixing seat And a pivoting rod that is controlled by the pressing portion to determine whether to rotate; and a turning portion, comprising: a connecting portion that is penetrated by the pivoting rod, and at least one second electronic signal connecting port disposed on the connecting portion, the The inverting portion has a reversed state in which the pivoting lever is pivoted and the pressing portion is disengaged from the pivoting lever to rotate, and a storage state in which the pressing portion engages with the pivoting lever and restricts rotation thereof. The accommodating pivoting structure of claim 10, wherein the pivoting lever comprises at least one set of first torsion springs disposed on the pivoting rod and abutting the pivoting rod and the first fixing seat, The first torsion spring has a first energy storage state in which a first elastic force is stored when the inverting portion is switched from the inverted state to the stored state, and is released when the inverting portion is switched from the stored state to the inverted state The first release state of the first elastic force. The accommodating pivoting structure of claim 10, wherein the pivoting lever includes a first restricting portion, the pressing portion includes at least one second restricting portion that normally engages with the first restricting portion, and a The second restricting portion is interlocked and operated by the user to disengage the operating button of the first restricting portion. The accommodating pivoting structure according to claim 12, wherein the second restricting portion includes a first connecting portion connected to the first fixing seat, and the first connecting portion is connected and pressed against the first fixed portion a first movable section of the reciprocating movement, and a first limiting slot disposed on the first movable section and engaging the first limiting portion. The accommodating pivoting structure according to claim 12 or 13, further comprising an auxiliary mounting portion disposed on the other side of the reversing portion with respect to the mounting portion, the auxiliary mounting portion including a second fixing base and a pivoting a pivoting rod having a first limiting portion, a second limiting portion that normally engages with the first limiting portion, and a second limiting portion and the second limiting portion The position portion is coupled to the second limiting portion by the operating button to interlock the second limiting portion from the linkage rod of the first limiting portion. The accommodating pivoting structure of claim 14, wherein the second limiting portion includes a second connecting portion connected to the second fixing seat, and the second connecting portion is connected to the second connecting portion and is pressed against the second a second movable section of the fixed seat reciprocating, and a second limiting slot disposed on the second movable section and engaging the first limiting portion. The accommodating pivoting structure of claim 14, wherein the pivoting lever comprises a second torsion spring disposed on the pivoting rod and abutting the pivoting rod and the second fixing seat, the torsion spring Having a second energy storage state in which a second elastic force is stored when the inverting portion is switched from the inverted state to the stored state, and releasing the second elasticity when the inverting portion is switched from the stored state to the inverted state The second release state of force. The accommodating pivoting structure of claim 14, wherein the connecting portion comprises two supporting members respectively pivotally connecting the pivoting rod and the pivoting rod, and two parallel pivoting rods and the pivoting rod are pivoted The support member is connected to the pivot shaft of the second electronic signal connection port. The accommodating pivoting structure of claim 17, further comprising a plurality of the pivoting rods, the pivoting rod and the pivoting shaft respectively provided with an abutting force for the pivoting rod and the pivoting rod A torsion generating portion of the pivot shaft that is positioned relative to the support member.